Time-motion analysis in men's breaking: A longitudinal study

Understanding how time is structured in competitive sports is crucial for performance analysis. In breaking, a dance form with Olympic aspirations, this structure has not been fully explored. Prior research has examined other dance and martial arts through motion and timing metrics, but breaking remains understudied. No prior work had resolved the specific temporal patterns of breaking battles. This gap motivated the need for a detailed observational study. The sport's inclusion in the 2024 Olympics highlights the urgency of such research. Existing knowledge includes general performance metrics in other physical disciplines. However, breaking's unique rhythm and intensity require tailored analysis. This paper's contribution is a longitudinal view of battle structure over a decade.

The study aimed to analyze the temporal and sequential structure of male breaking battles over time. A specific problem is the lack of data on how these battles evolve. Motivation comes from the sport's growing recognition and Olympic inclusion. The goal is to establish a model of temporal structure for training and performance. The study focuses on Red Bull BC One dancers from 2011 to 2021. The objective is to track changes in battle dynamics and effort. The study seeks to inform training methods for breaking athletes. The findings could help coaches and competitors adapt to increasing physical demands.

The study used observational methodology to analyze battles from 2011 to 2021. A total of 152 male dancers participated across 142 battles. Analysis techniques included descriptive statistics and normality tests. Student's t-test and Mann-Whitney U test were used for comparisons. One-factor ANOVA and Kruskall-Wallis tests were applied where appropriate. Effect size was measured using Cohen's d and Hedges' g. The significance threshold was set at ρ ≤ 0.05. Data collection focused on battle timing and sequence parameters.

The results show a clear temporal and sequential structure in breaking battles. The study found that battle duration and intensity have increased over time. Athletes now face longer and more complex sequences. The data suggest a shift in performance style and effort distribution. Battle structure has evolved to include more dynamic transitions. The findings indicate a growing physical demand on competitors. These changes are statistically significant with p-values under 0.05. The results support the need for updated training approaches.

The authors suggest that breaking has evolved in terms of performance and effort. The study implies that athletes must now prepare for higher physical demands. The findings align with the sport's inclusion in the 2024 Olympics. The temporal structure model provides a basis for training programs. The study does not claim necessity but proposes a trend in battle intensity. The authors suggest that these changes may impact competition strategies. The conclusions are based on observed data from 2011 to 2021. The study does not propose future directions beyond training adaptations.